Pall is a Fortune 1000 materials science and engineering company with the broadest filtration, separation and purification capabilities in the world. Our process and product enabling technologies help our customers make good products better, safer and even possible. We provide innovative products to customers in health care, biotechnology, pharmaceutical, semiconductor, and municipal drinking water, aerospace and industrial manufacturing markets. Headquartered in Long Island, NY, Pall has operations in every major country.

Product Engineer (CPF)

Overview of Position:

As the Product Engineer ( CPF) you will lead Engineering projects through the New Product Introduction Process (EPMS / Accolade)

Key Responsibilities:

Design and development of polymer filtration systems.

Design of new systems including filter vessels and valves but must also have the ability to adapt quickly and customize products to meet new requirements.

Work with other Engineers (Housings, Vessels, Elements and Systems) for Industrial Process to build and maintain a strong team of scientists and engineers dedicated to innovation in product development and excellence in project execution for Industrial Process.

Develop a solid understanding of customer applications within the Industrial Process business

Work with the Engineering Managers (Housings, Vessels, Elements and Systems): Industrial Process to manage a broad portfolio of core, adjacent, and transformational projects across product areas and multiple global locations (Americas, Europe, Asia) that are aligned with business strategy.

Apply sound scientific and engineering principles to develop innovative robust and cost effective products and processes designed for manufacturability.

Communicate project, resource, talent, and portfolio status and technical strategy to a broad audience within the company and externally, including senior management. Through a process of continuous improvement develop the New Product Introduction Processes across all disciplines so that time to market can be reduced whilst still ensuring a robust and effective process.